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    • 3. 发明授权
    • Parking lock device for three-wheeled vehicle
    • 三轮车停车锁装置
    • US06431328B1
    • 2002-08-13
    • US09925371
    • 2001-08-10
    • Takuya TagamiTakashi Ozeki
    • Takuya TagamiTakashi Ozeki
    • B60T100
    • B60T1/005Y10T70/585
    • A parking lever for drawing a cable for locking rear wheels of a three-wheeled vehicle is provided on the front body. A rear wheel lock mechanism for locking the rear wheels is provided on the rear body. A roll lock mechanism for locking the relative rotation between a joint shaft and a case body is provided on the joint case provided with the joint shaft and the case body. The cable for locking the rear wheels is extended over between the parking lever and the rear wheel lock mechanism. The cable for roll lock is extended over between the rear wheel lock mechanism and the roll lock mechanism. The torsion of the cable for locking rear wheels caused by relative roll between the front body and the rear body can be absorbed at a long distance as compared with the prior art. Excessive load is not applied to the cable for locking the rear wheels, and even if the joint case is miniaturized, there is less restriction to easily realize miniaturization of the body.
    • 用于牵引用于锁定三轮车辆的后轮的电缆的停放杆设置在前身上。 用于锁定后轮的后轮锁定机构设置在后体上。 在设置有关节轴和壳体的接头壳体上设置有用于锁定接头轴和壳体之间的相对旋转的辊锁定机构。 用于锁定后轮的电缆在驻车杆和后轮锁定机构之间延伸。 用于卷锁的电缆在后轮锁定机构和卷筒锁定机构之间延伸。 与现有技术相比,由于前身和后身之间的相对滚动导致的用于锁定后轮的电缆的扭转能够被长距离吸收。 对于用于锁定后轮的电缆不施加过大的负载,即使接合壳体小型化,也容易实现体的小型化的限制。
    • 5. 发明申请
    • Brake system for a motorcycle
    • 摩托车制动系统
    • US20050168062A1
    • 2005-08-04
    • US11041532
    • 2005-01-24
    • Yutaka NishikawaKazuhiko TaniTakuya Tagami
    • Yutaka NishikawaKazuhiko TaniTakuya Tagami
    • B60T8/17B60T8/00B60T8/26B60T8/40B60T13/12B60T13/16B60T13/66B62L3/00B62L3/02
    • B60T8/409B60T8/261B60T13/165
    • A combined braking system in which communicative connection a master cylinder and a brake caliper is cut off by an electromagnetic on-off valve, and hydraulic pressure, corresponding to driving conditions and a braking operation, is generated by an electrically-operated actuator of a hydraulic pressure modulator. Hydraulic pressure of the hydraulic pressure modulator operates on the brake caliper, whereas a psuedo-reaction force which has been generated by a reaction force modulator operates on the master cylinder. The reaction force modulator is configured to include: a fluid chamber for receiving hydraulic fluid which has flowed therein from the master cylinder; a piston to constitute a wall of the fluid chamber; and a metal-made coil spring and a deformed plastic resin spring, both of which apply a force to the piston. The braking system provides a braking operation having a smooth feeling which is similar to that given by a direct-operation-type brake system.
    • 一种联合制动系统,其中通过电磁开关阀切断主缸和制动钳的连通连接,并且对应于驱动条件和制动操作的液压由液压的电动致动器产生 压力调节器。 液压调节器的液压在制动钳上操作,而由反作用力调节器产生的起动反作用力在主缸上运行。 反作用力调节器构造成包括:流体室,用于接收从主缸流入其中的液压流体; 活塞,构成流体室的壁; 以及金属制螺旋弹簧和变形的塑料树脂弹簧,两者都向活塞施加力。 制动系统提供具有与直接操作型制动系统给出的相似的平滑感觉的制动操作。
    • 8. 发明申请
    • Suspension structure for small vehicle
    • 小型车悬挂结构
    • US20070069494A1
    • 2007-03-29
    • US11524376
    • 2006-09-21
    • Toshiki KinjyoTakeshi OkaniwaTakuya Tagami
    • Toshiki KinjyoTakeshi OkaniwaTakuya Tagami
    • B60G21/05B60G7/00
    • B60G21/055B60G21/0551B60G2204/1222B60G2204/1224
    • In rear wheel suspensions, which suspend left and right rear wheels independently, to downsize, reduce in weight and simplify a stabilizer without specifically strengthening the same. Upper and lower arms which form suspension arms in a double wishbone structure are swingably supported by a front arm supporting frame and a rear arm supporting frame provided on front and rear sides of a rear cushion. A cross portion of a stabilizer is swingably supported by the stabilizer brackets provided on a front surface of the rear arm supporting frame, and left and right ann portions extending toward the front are arranged upwardly of the left and right upper arms so as to be placed inside thereof in plan view respectively, and distal ends thereof are connected to the left and right upper arms respectively.
    • 在后轮悬架中,其独立地悬挂左右后轮,以减小尺寸,减轻重量并简化稳定器而不特别加强其。 在双叉骨结构中形成悬挂臂的上臂和下臂由前臂支撑框架和设置在后垫的前后侧的后臂支撑框架可摆动地支撑。 稳定器的横截面由设置在后臂支撑框架的前表面上的稳定器托架可摆动地支撑,并且向左前臂和右上臂向上延伸的左和右臂部分布置在左右臂上方 在其平面图中,其远端分别连接到左右上臂。
    • 9. 发明授权
    • Driving force interrupting mechanism
    • 驱动力中断机制
    • US07918324B2
    • 2011-04-05
    • US12140652
    • 2008-06-17
    • Takuya TagamiDai Arai
    • Takuya TagamiDai Arai
    • F16D11/10G05G5/24
    • F16D23/12F16D11/10F16D2011/002F16D2011/006F16D2023/141F16D2300/18Y10T74/19251
    • A driving force interrupting mechanism includes input and output members. A coupling sleeve is to be movable on the input and output members along a rotational axis. A fork is swingable around a swing shaft to move the coupling sleeve between a connecting position and a disconnecting position. The coupling sleeve is positioned on both of the input and output members in the connecting position. The coupling sleeve is positioned on either the input member or the output member in the disconnecting position. An operating member is integrally rotatable with the swing shaft. A spring is provided on the swing shaft between the operating member and the fork relatively rotatably with respect to the swing shaft. A motion of one of the operating member and the fork follows a motion of another of the operating member and the fork via an elastic force of the spring.
    • 驱动力中断机构包括输入和输出构件。 联接套筒可以沿着旋转轴线在输入和输出构件上移动。 叉可围绕摆动轴摆动以在连接位置和断开位置之间移动联接套筒。 连接套筒位于连接位置的输入和输出构件上。 联接套筒位于输入构件或输出构件中的断开位置。 操作构件与摆动轴一体地旋转。 弹簧设置在操作构件和叉之间的摆动轴上,相对于摆动轴相对可旋转。 操作构件和叉子中的一个的运动通过弹簧的弹性力跟随操作构件和叉子中的另一个的运动。
    • 10. 发明授权
    • Brake system for a motorcycle
    • 摩托车制动系统
    • US07252345B2
    • 2007-08-07
    • US11041532
    • 2005-01-24
    • Yutaka NishikawaKazuhiko TaniTakuya Tagami
    • Yutaka NishikawaKazuhiko TaniTakuya Tagami
    • B60T8/42
    • B60T8/409B60T8/261B60T13/165
    • A combined braking system in which communicative connection a master cylinder and a brake caliper is cut off by an electromagnetic on-off valve, and hydraulic pressure, corresponding to driving conditions and a braking operation, is generated by an electrically-operated actuator of a hydraulic pressure modulator. Hydraulic pressure of the hydraulic pressure modulator operates on the brake caliper, whereas a psuedo-reaction force which has been generated by a reaction force modulator operates on the master cylinder. The reaction force modulator is configured to include: a fluid chamber for receiving hydraulic fluid which has flowed therein from the master cylinder; a piston to constitute a wall of the fluid chamber; and a metal-made coil spring and a deformed plastic resin spring, both of which apply a force to the piston. The braking system provides a braking operation having a smooth feeling which is similar to that given by a direct-operation-type brake system.
    • 一种联合制动系统,其中通过电磁开关阀切断主缸和制动钳的连通连接,并且对应于驱动条件和制动操作的液压由液压的电动致动器产生 压力调节器。 液压调节器的液压在制动钳上操作,而由反作用力调节器产生的起动反作用力在主缸上运行。 反作用力调节器构造成包括:流体室,用于接收从主缸流入其中的液压流体; 活塞,构成流体室的壁; 以及金属制螺旋弹簧和变形的塑料树脂弹簧,两者都向活塞施加力。 制动系统提供具有与直接操作型制动系统给出的相似的平滑感觉的制动操作。